ICB12S30N04NC

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Proximity sensors are used in various fields of industry to detect objects in close range with greater accuracy and precision than traditional motion detectors. The ICB12S30N04NC is a type of optical proximity sensor commonly used in industrial automation processes and robotics, and it increases safety and efficiency on the worksite. This tutorial will explain how the ICB12S30N04NC works and how to use it in different applications.

Overview

The ICB12S30N04NC is an optical proximity sensor produced by Siemens, which uses radio frequency modules and infrared light to sense objects in the range of 2-30 cm. It has a built-in digital signal processor (DSP) that works with the module and infrared light to detect objects and measure their distance from the sensor. With a range of 0.01-10 SX, the ICB12S30N04NC is ideal for detecting very small objects, making it perfect for precision automation tasks.

Operating Principles

The operating principle of the ICB12S30N04NC is based on modulated light. This involves the sensor emitting an infrared light beam and using a receiver to detect and measure objects in the range of the beam. The proximity sensor sends a frequency-modulated signal to the receiver, which varies in intensity as the beam of light encounters objects along its path. This frequency modulated signal is then processed by the DSP to measure the distance of the detected objects. This data is then sent to the system control for monitoring and decision making factors.

Types and Specifications

The ICB12S30N04NC is an analog input/output type sensor, which is intended for use with modulated light.The sensor has a rating of 24V DC, with a current consumption of 5mA. With a response time of 0.1 ms, the sensor makes it great for detecting very fast moving object. It is also equipped with reverse polarity protection and protection against short circuits.

Applications

The ICB12S30N04NC is primarily used in industrial automation and robotics. For example, it is often used in factories and warehouses to detect objects accurately for automated assembly systems. This type of sensor is also used in robotics for automated navigation and obstacle detection. It can also be used for safety purposes, such as detecting hazardous objects in the work environment. The low latency, accuracy, and precision of the ICB12S30N04NC make it an ideal choice for detecting small objects in automated systems.

Conclusion

The ICB12S30N04NC is an optical proximity sensor produced by Siemens. It uses radio frequency modules and infrared light to detect and measure objects in a range of 2-30 cm. With a response time of 0.1 ms and a low power consumption, the sensor is well suited for speed and precision applications, such as those seen in industrial automation and robotics. The ICB12S30N04NC can also be used for safety applications, such as detecting hazardous objects in the work environment. By understanding how the sensor works and what it can be used for, you can take the necessary precautions to ensure the safety of employees and the accuracy of automated processes.

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